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Basic Mechatronics Workshop Module 3: Introduction to PLC Lecture-5 PLC Introduction History and elements 1 Dr. Mohamed Abdalbar Lecturer, Mechatronics Department, Egyptian-Korean Faculty of Technological Industry and Energy, Beni Suef Technological University Email: [email protected]

Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among

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Page 1: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among

Basic Mechatronics WorkshopModule 3: Introduction to PLC

Lecture-5PLC Introduction

History and elements

1

Dr. Mohamed AbdalbarLecturer, Mechatronics Department,

Egyptian-Korean Faculty of Technological Industry and Energy,

Beni Suef Technological UniversityEmail: [email protected]

Page 2: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among

Objectives

Upon completion of this chapter, Student should be able to

✓ Define PLC and its function

✓ Explain the difference between hard wired control and PLC control

✓ Explain the different section of PLC

✓ List the advantages of PLC over electromagnetic relays.

✓ Explain the PLC hardware architecture.

✓ Learn hardwired and PLC system characteristics.

Lecture-5PLC Introduction

History and elements

Page 3: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 4: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 5: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 6: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 7: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 8: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 9: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 10: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 11: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 12: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 13: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among

SIMATIC Controller (PLC)

S7-200

S7-300

S7-400

Page 14: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among

PLC systems consists of three division

1. Input section – Consists of pushbuttons, switches and sensors which

are connected to specific input addresses in the program. They

transfer address information to the processing section

2. Processing section –The microprocessor receives the input signals

from input sections and executes the information (called instructions)

in the software program and sends the processed signals to output

section

3. Output section –Takes the signal from processing section and modify

the signal from the processor to operate output devices connected to

specific output addresses.

Page 15: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 16: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 17: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 18: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 19: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 20: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 21: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 22: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 23: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 24: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among
Page 25: Basic Mechatronics Workshop · 8. The PLC in Operation. The processor (CPU) is the "brain" of the PLC. What the CPU does: Implements the logic and controlling the communications among